More than $375 billion of AI hardware is being bought against a national shortage of anywhere to rack it. Northern Virginia data center vacancy sits near half a percent. A conventional hyperscale build takes six to eight years — most of it spent waiting on power and permits — which means the capacity arriving in 2032 was specified for a workload nobody remembers. Meanwhile the Department of War spends over $11.2 billion a year on AI and high-performance compute it would rather not rent from a commercial cloud, because classified workloads cannot run in someone else’s infrastructure. The constraint is physical, the lead time is measured in years, and whoever shortens the clock captures the demand.
The scarce asset is not the building. It is powered land.
InfoPort builds and operates sovereign AI compute — and it attacks the waiting. Through direct relationships with transmission and distribution utilities, InfoPort targets stranded and underused substation capacity in 15 to 25 megawatt increments with dual feeds and fiber diversity, then drops standardized modular data centers onto it: liquid-cooling ready, GPU-dense, no retrofit. Deployment runs twelve to eighteen months instead of six to eight years, and the same modular build replicates across markets — which is what converts one facility into a national footprint. Sites are designed from the outset for cyber resilience, physical security, and federal compliance layering, with an advisory bench drawn from DoD, NSA, DARPA, and a former Verizon chief information security officer. The flagship: Copper Ridge in Virginia, on PJM, with 100+ megawatts available today and a roadmap beyond, backed by a utility-verified national pipeline.
More Thoughts From the Team at BVVC:
“We came in at the pre-seed because the United States is buying AI hardware far faster than it can build places to put it, and the Department cannot run classified workloads in someone else’s cloud. This is the blind spot of the AI buildout: everyone counts chips and models, almost no one counts megawatts and years. The prevailing system assumes large industrial loads can wait for transmission upgrades and permitting cycles. The mission cannot.
InfoPort’s insight is structural. The scarce asset was never the data center — it is powered land, and InfoPort goes after the power first. Direct utility relationships turn a permitting problem into a siting problem; standardized modular architecture turns the second site into a faster build than the first. And sovereignty is an architecture decision, not a sales motion: these sites are built for classified work from day one, because retrofitting a commercial data center to that standard is the thing nobody manages cheaply.
We invest in Teams, and this one pairs proven data center execution with the utility relationships and national security bench the mission demands. Compute is now a munition. A nation that rents it does not control it — and InfoPort is how the United States owns its own.”